virus
B) Enzymes are composed of chains of amino acids and are considered to be a type of protein.
Protein and nucleic acid are both composed of amino acids. Completely wrong! Only proteins are composed of amino acids. They have nothing in common, even their chirality is opposite (proteins are levo while nucleic acids are dextro).
the repeating units of protein are called amino acids.
Nucleic acid RESIDUES are what make up DNA. DNA codes for RNA, RNA codes for protein. Protein (or some specific ones, at least), is then required to form new DNA. DNA-->RNA-->Protein ^____________| One large circular loop
Nucleic acids.
No. Nucleic acids are the building blocks of protein. There are various types of nucleic acids that form proteins.
A virus is a microscopic acellular agent composed of nucleic acids surrounded by a protein coat. It is not considered a living organism as it cannot replicate or metabolize on its own, relying on a host cell for these functions.
No, hair is not a nucleic acid. Hair is primarily composed of a protein called keratin, which is different from nucleic acids like DNA and RNA. Nucleic acids are genetic materials found in cells that play a role in storing and transmitting genetic information.
No, nucleic acids code for the making of protein, they do not contain the monomers of protein manufacturing.
From nucleic acids to amino acids
B) Enzymes are composed of chains of amino acids and are considered to be a type of protein.
Nucleic acids are macromolecules composed of nucleotides.
RNA and DNA are nucleic acids because they are composed of chains of nucleotides, which make up nucleic acids.
A virus
Ribosomes are not carbohydrates, lipids, or proteins; they are composed of nucleic acids (RNA) and proteins. Ribosomes play a crucial role in protein synthesis within cells by using the information encoded in messenger RNA to assemble amino acids into proteins.
No, RNA is in a class of macromolecules called nucleic acids. However, RNA is often associated with more than one type of protein in its activities in the cell.
From nucleic acids to amino acids